Complex network response to node loss is a central question in different fields of network
science because node failure can cause the fragmentation of the network, thus …

We study the survivability of weighted-edge attacks with incomplete information on a free-
scale network. We consider a situation where attackers can detect partial edges of the …

Understanding the complex network response to nodes failure is important to protect them
and guarantee their functioning. Most existing studies considered binary networks where the …

The invulnerability of complex networks is an important issue in that the behavior of scale-
free network differs from that of exponential network. According to the structural …

In this report we offer the widest comparison of links removal (attack) strategies efficacy in
impairing the robustness of six real-world complex weighted networks. We test eleven …

Behaviors of complex networks under intentional attacks guided by degree (degree attack)
have been extensively studied. However, little is known about the behaviors of these …

Many complex systems can be described by networks, in which the constituent components
are represented by vertices and the connections between the components are represented …

In this work, we study the vulnerability of link-weighted networks against different central-
attack strategies. We simulate simultaneous and sequential attacks on networks based on …

Studies have revealed that real complex networks are inherently vulnerable to the loss of
high centrality nodes. These nodes are crucial to maintaining the network connectivity and …

Recently, the study of optimizing network robustness has attracted increasing attentions, and
the constraint that every node's degree cannot be changed is considered. Although this …